Morningstar Corporation is a world-leading supplier of solar charge controllers & inverters, with over 4 million units installed in over 100 countries. Morningstar’s products have been recognized in international solar markets as the most advanced and highest quality products available.
Morningstar’s products have been recognized in international solar markets as the most advanced and highest-quality products available. Our products exceed all other PV controllers & inverters for protection against extreme environments, corrosion, lightning surges and harsh ambient operating temperatures (common to remote PV systems) —all while delivering more than twice the industry’s average operating life.
Our advanced PWM & MPPT solar charge controllers deliver extended battery capacity & life, lower overall system costs and maximum energy harvest. Our simple-to-use products & customer-focused support includes multi-lingual product documentation, detailed operation/installation manuals, phone & web-based tech support as well as a variety of user & installation friendly product features.
LORENTZ technology uses the power of the sun to pump water, sustaining and enhancing the life of millions of people, their livestock and crops. This is encompassed in our company strapline – Sun. Water. Life.
Enough sunlight reaches the earth in one hour to power the world for an entire year. Unlike the substantial resources and capital needed to extract and burn fossil fuels, anyone can purchase and install solar panels to take advantage of this abundance of sunlight. Best of all, solar generates significant long-term savings on electricity bills.
LORENTZ are 100% dedicated to building pumping systems for off grid solar applications. Our engineering team focus on the right designs, the right materials and manufacturing methods to make very reliable, maintainable and repairable solutions that fit the application.
Solar power backup systems provide a safe and reliable alternative when a blackout occurs. Depending on your needs, an appropriately size reserve system can meet your electrical load and up-time requirement. If you have critical energy needs for computers, communication equipment or electric heaters, such a system may be right for you.
Many people have backup power, typically provided by gas or diesel generators to create electricity. However, these cannot provide immediate power since they need to be primed and started before delivering power.
In addition, regular maintenance is also required to keep the motors in good working order and make sure the fuel is not contaminated with moisture. A backup solar power system, on the other hand, works quietly and efficiently in the background during the day, ensuring the battery banks are continuously charged. A non-interruptible power supply can be created for critical applications, like computer and communication systems, so important data or functions will not be suspended when the main power goes out.
Quite often in an off grid solar power system, the batteries are charged with solar panels. Sometimes solar power alone may not be enough to charge the battery, in these cases, an AC generator can be used to help keep the battery charged.
An inverter/charger would convert the AC power from the generator to charge the DC battery bank. An off grid inverter/charger would be converting the power in both directions, from AC to DC to charge the battery from the AC generator, and converting the DC power from the battery to AC for your appliances. .
We provide both flat plate and evacuated tube solar water heating systems to meet both individual and commercial hot water requirements. Our systems are sourced from high standardized European markets and are supported by local highly trained technical workforce for installation and maintenance services. These systems enables one to save up 70% of water heating electricity bills using free heat energy from the sun.
Flat-plate collectors capture the energy from the sun. There are different designs, but for the most part they use heat transfer fluid. Once cold water has been collected in the storage tank, the flat-plate collector starts looping the fluid through the cold water and heats it up. But this only happens after the radiation energy has been transformed into thermal energy through the collector. After the fluid has been heated it will start to circulate. The collector plate consists of a copper sheet and tubing. The surface is coated with a dark material, specifically to increase absorbency efficiency. The collector is also very well insulated in order to prevent heat from escaping.